VIAFLO 96 : Pipetage robotisé de haute précision pour l'analyse des protéines sans marquage et les transferts d'échantillons
he VIAFLO 96 Pipetting Robot offers an innovative solution for labs looking to enhance pipetting efficiency without investing in full-scale automation. With the ability to transfer 24 or 96 samples in a single motion, this system drastically reduces hands-on time while increasing reproducibility. It is a compact, servo-assisted handheld device that fits seamlessly into any lab bench or laminar flow cabinet, combining manual control with robotic precision.
Designed for high-throughput workflows like label-free protein quantification, ELISA, PCR preparation, and cell culture, the VIAFLO 96 enables fast, reliable, and repeatable sample handling. Users can define exact aspiration heights and pipetting speeds, ensuring consistent results without cross-contamination or tip misalignment. Its servo motor technology and intuitive steering system simplify operation, requiring minimal training for lab personnel.
The system supports multiple head configurations, ranging from 0.5 µL to 1250 µL volumes, and allows quick interchangeability to accommodate various applications. This flexibility allows users to perform reservoir-to-plate liquid transfers, serial dilutions, plate reformatting, or supernatant collection with minimal setup.
Its smart interface, operated via a touch wheel and graphical display, provides access to predefined pipetting modes as well as 40 custom protocols. Every pipetting cycle is optimized to reduce error and maximize output, filling five 96-well plates up to four times faster than an 8-channel electronic pipette.
GripTips technology ensures a perfect seal and secure tip retention, supporting contamination-free pipetting. Tips are ejected with a button press, eliminating manual contact and improving sterile handling. The system accommodates multiple SBS-format labware, including reservoirs, microplates, and tip racks—making it an ideal tool for any lab scaling up its pipetting throughput.
